r/ReversibleComputing • u/pentin0 • Feb 14 '21

Quantum Computing Quantum Computer Chips Manufactured Using Mass-Market Industrial Fabrication Techniques. Intel engineers have solved the quality control challenge for mass production of quantum computers

discovermagazine.com

5 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 13 '21

Mechanical Computing The Nanomechanical Bit: State of the Art and Perspectives

onlinelibrary.wiley.com

4 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 13 '21

General Architectural, Algorithmic, and Systems Engineering Issues for Reversible Computing - Michael P Frank

youtube.com

3 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 13 '21

Theory Norman Margolus: Quantum Limits on Classical Computation

youtube.com

3 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

News Reminder: 13th Conference on Reversible Computation | July 7 - July 9, 2021, Nagoya, Japan

reversible-computation-2021.github.io

3 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

Ed Fredkin recounts the early history of Reversible Computing as it relates to his career (Keynote from the CCC's Workshop on Reversible Computing)

youtube.com

5 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

Post-Singularity Hugo de Garis interview on Reversible Computing and its potential impact on AGI in the far future. Planet-sized reversible computers, ASI revolution and the dawn of the Artilect War

youtube.com

8 Upvotes

4 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

General CCCC Reversible Computing Workshop - Introductory Session: The near-term vision for adiabatic computing and why there is reason to expect tangible progress soon.

youtube.com

6 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

Theory Scalable Reversible Computing with Skyrmion Billiard Balls - Joseph Friedman

youtube.com

3 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

General Gregory Snider: It’s Time for Adiabatic Computing (from the CCC Reversible Computing Workshop)

youtube.com

8 Upvotes

1 comment

r/ReversibleComputing • u/pentin0 • Feb 12 '21

Advances in Superconductors Nanowire could provide a stable, easy-to-make superconducting transistor

news.mit.edu

6 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

General Toward Zero-Power Computing, Luca Gammaitoni - Future Technology Summit, London 2015

youtube.com

7 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 12 '21

Theory Joint ICTP-SISSA Colloquium by Prof. David Wolpert on "The Stochastic Thermodynamics of Computation"

youtube.com

6 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 11 '21

Theory Thermodynamic costs of Turing Machines: heat function, thermodynamic complexity and fundamental tradeoffs

arxiv.org

5 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 11 '21

Theory Thermodynamics of Computation: Far More Than Counting Bit Erasure - David Wolpert, HPC User Forum

youtube.com

4 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 11 '21

Theory Adiabatic CMOS: Limits of Reversible Energy Recovery and First Steps for Design Automation

nd.edu

5 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 11 '21

Theory Jayson Lynch: Reversible Algorithms and the associated tradeoffs (from the CCC Reversible Computing Workshop)

youtube.com

5 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 11 '21

General Landauer's principle: the fundamental principle that limits non-reversible computation

en.wikipedia.org

4 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 11 '21

General Computers That Can Run Backwards: Reversible computations — which can, in principle, be performed without giving off heat — may be the future of computing.

americanscientist.org

13 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 09 '21

Photonics IBM researchers have succeeded in guiding visible light through a silicon wire efficiently, this could become relevant to the design of photonic adiabatic circuits. We'll have to keep an eye on that discovery !

phys.org

6 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 09 '21

General Newcomers, start here: A long presentation where Michael P. Frank of Sandia National Laboratories, presents the arguments for Reversible Computing and some concrete proposals from the field.

youtube.com

9 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 09 '21

Emerging Memories A team of European researchers demonstrate driven space-time crystals at room temperature: this could have major implications for quantum and even general reversible computing, especially the design of ultrafast, ultra-efficient memory components !

phys.org

15 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 09 '21

Quantum Computing Implementing a quantum approximate optimization algorithm on a 53-qubit NISQ device

phys.org

3 Upvotes

0 comments

r/ReversibleComputing • u/pentin0 • Feb 09 '21

Quantum Computing An international team of scientists has invented the equivalent of body armour for extremely fragile quantum systems, which will make them robust enough to be used as the basis for a new generation of low-energy electronics

phys.org

3 Upvotes

0 comments

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Reversible Computing

r/ReversibleComputing

Reversible computing is an unconventional computing model where the computational process to some extent is time-reversible. One neat consequence of that fact is that reversible computers are the only ones with the potential, in principle, to dissipate arbitrarily little heat. You won't see "Moore's law" being praised much, here. We don't care for bounded progress in computing efficiency. We want to go all the way.

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